Matthew Mata's UCLA Home Page

Office: MS 3355
Research Assistant
Research Interests: Numerical Analysis, Fluid Dynamics, Scientific Computing, Game Theory
Research Topic: Particle-Laden Thin Film Flow

Publications:

M. Jamshidian and M. Mata, "Advances in analysis of mean and covariance structures when data are incomplete", in Handbook of Latent Variable and Related Models, (S.Y. Lee, Ed.), Chapter 2, Pp. 22-33, Amsterdam: Elsevier, 2007.

M. Jamshidian and M. Mata, "Post modeling sensitivity analysis to detect the effect of missing data mechanisms", Multivariate Behavioral Research, 43, Pp. 432-452, 2008.

N. Grunewald, R. Levy, M. Mata, T. Ward, and A. Bertozzi, "Self-similarity in particle-laden flows at constant volume", J. Eng. Math., 2009.

N. Murisic, J. Ho, V. Hu, P. Latterman, K. Lin, M. Mata, and A, Bertozzi, "Particle-laden viscous thin-film flows on an incline: experiments compared with an equilibrium theory". Submitted to Physica D.

M. Mata and A. Bertozzi, "A numerical scheme for particle-laden thin film flow in 2-D". Submitted to Journal of Computational Physics. PDF

Teaching Experience:

Teaching Assistant for:
Math 3A - Calculus for Life Sciences Students
Math 3B - Calculus for Life Sciences Students
Math 32B - Calculus of Several Variables
Math 33A - Linear Algebra and Applications
Math 33B - Differential Equations
Math 151A - Applied Numerical Methods

Curriculum Vitae
Teaching Statement
Research Statement
UCLA Math Home Page
matthewmata at math dot ucla dot edu